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    • Introduction
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    • Essential Skills
      • Critical Windows EventIDs to Monitor
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      • Splunk Use Cases
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        • Reconnaissance (TA0043)
        • Initial Access (TA0001)
        • Execution (TA0002)
        • Persistence (TA0003)
        • Privilege Escalation (TA0004)
        • Defence Evasion (TA0005)
        • Credential Access (TA0006)
        • Discovery (TA0007)
        • Lateral Movement (TA0008)
        • Collection (TA0009)
        • Command and Control (TA0011)
        • Exfiltration (TA0010)
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      • Investigating Common Attacks
        • Domain Dominance Attacks - Detection & Analysis
        • Investigating a Suspected AD FS Distributed Key Management (DKM) Attack
        • Authentication From Suspicious DeviceName
        • Identifying Interactive or RemoteInteractive Session From Service Account
        • Identifying Split or Part Archive File Transfers
        • Detect Potential Cleartext Credentials in Command Line
        • Detecting Command Line Interpreters Launched via Scheduled Tasks
        • Detecting Files Containing Potentially Sensitive Data
        • Detecting DeviceNetworkEvents From Windows Processes and Domains by TLD
        • Detecting Silent cmd.exe Execution With Redirected STDERR & STDOUT
        • Detecting Low Prevalence DLL Loaded From Process In User Downloads Directory
        • Detecting Virtual Drive Mounted From Archive
        • Identify Execution of Script From User's Downloads Folder
        • Identify Potential RDP Tunneled Sessions
        • Identify Instances of PowerShell Invoke-WebRequest, IWR or Net.WebClient
        • Identify Processes Launched by PowerShell Remoting (WSMProvHost.exe)
        • Detect DeviceNetworkEvents for LOLBAS with Download or Upload Functions
        • Detect Execution of PSEXESVC via Remote Systems
        • Identify Suspicious String in Service Creation ImagePath
        • Identify File with Double Extensions
        • Detect Potential Cleartext Credentials in Commandline
        • Detect When Large Number of Files Downloaded From OneDrive or SharePoint
        • Identify and Investigate Phishing Attacks with KQL
      • PowerShell for SecOps
        • Powershell Remoting
        • Reconnaissance Discovery
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      • Packet Analysis (pcap)
        • Tcpdump
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      • Investigating Suspicious Emails Using KQL
    • Intermediate and Advanced Skills
      • Investigate Using MITRE ATT&CK Methodology
        • Reconnaissance (TA0043) Techniques
        • Resource Development (TA0042) Techniques
        • Initial Access (TA0001) Techniques
        • Command Execution (TA0002) Techniques
        • Persistence (TA0003) Techniques
        • Privilege Escalation (TA0004) Techniques
        • Defence Evasion (TA0005) Techniques
        • Credential Access (TA0006) Techniques
        • Discovery (TA0007) Techniques
        • Lateral Movement (TA0008) Techniques
        • Collection (TA0009) Techniques
        • Command and Control (C2) (TA0011) Techniques
        • Exfiltration (TA0010) Techniques
        • Impact (TA0040) Techniques
    • Vulnerability Management
    • Malware Analysis
  • DFIR
    • Incident Response
      • Incident Triage
        • Triage Types and Processes
        • PowerShell for Detection and Analysis
          • Malware or Compromise Investigation
          • Lateral Movement Discovery
        • Registry Analysis
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        • Velociraptor Intrusion Analysis
        • Zimmerman Tools Intrusion Analysis
      • KAPE Artifacts Analysis
      • Velociraptor Artifacts Analysis
      • Using The Unified Kill Chain Model to Analyse Individual Cyber Attacks
        • Phase 1 - Gaining an Initial Foothold
          • Gaining Access to the Network
          • Establishing a Foothold
          • Network Discovery
      • Response Strategies
        • Privilege Escalation Assessment
        • Command and Control Assessment
        • Command Execution Assessment
        • Defence Evasion Assessment
        • Detection Assessment
        • Discovery Assessment
        • Exfiltration Assessment
        • Initial Access Assessment
        • Initial Impact Assessment Techniques
        • Lateral Movement Assessment
        • Persistence Assessment
    • Windows Forensics
      • Evidence of Execution
      • Window Artifact Analysis
        • Account Usage
        • User Activity Tracking (Event Logs)
        • Program Execution
        • File and Folder Opening
        • File Download
        • Browser Usage
        • Deleted File or File Knowledge
        • External Device & USB Usage
    • Linux Forensics
      • Linux Commandline Basics
      • Host Compromise Assessment
    • KQL for Defender & Sentinel
      • MDO (Office)
      • MDI (Identity)
      • MDE (Endpoint)
    • Memory Forensics
      • Memory Forensics (Volatility 3)
    • Playbooks
      • First Responder DFIR Playbook
        • Device Isolation
        • Evidence Collection
          • Acquire Triage Image Using KAPE
          • Acquire Triage Data Using Velociraptor
          • Acquire Triage Data Using Powershell
          • Acquire Triage Memory Image
          • Acquire Image Using FTK
          • AXIOM Cyber Data Collection
        • Windows Forensic Artefacts
          • Application Execution
          • File & Folder Knowledge
          • External Device Usage
          • Network Activity
          • Windows Event Logs
        • Initial Analysis
          • Memory Analysis (Vol 3)
          • Axiom Cyber Examiner
  • Detection Engineering
    • AD Attack Detections & Mitigations
      • Kerberoasting
      • Authentication Server Response (AS-REP) Roasting
      • Password Spraying
      • MachineAccountQuota Compromise
      • Unconstrained Delegation
      • Password in Group Policy Preferences (GPP) Compromise
      • Active Directory Certificate Services (AD CS) Compromise
      • Golden Certificate
      • DCSync
      • Dumping ntds.dit
      • Golden Ticket
      • Silver Ticket
      • Golden Security Assertion Markup Language (SAML)
      • Microsoft Entra Connect Compromise
      • One-way Domain Trust Bypass
      • Security Identifier (SID) History Compromise
      • Skeleton Key
      • Active Directory Security Controls
      • Active Directory Events for Detecting Compromise
    • Attack Triage Playbooks (KQL Triage)
      • Windows Malware Detection Playbook
      • Linux Host Intrusion Detection Playbook (CLI)
      • Linux Intrusion Detection Playbook
      • Large-Scale Compromise Detection Playbook
      • Ransomware Detection Playbook
      • Phishing Email Compromise Detection Playbook
      • Scam Detection Playbook
      • Customer Phishing Detection Playbook
      • Insider Abuse Detection Playbook
      • Information Leakage Detection Playbook
      • Social Engineering Detection Playbook
      • Malicious Network Behaviour Detection Playbook
      • Windows Intrusion Detection Playbook
      • Vulnerability Detection Playbook
      • Business Email Compromise Detection Playbook
    • Process Execution (KQL Triage)
    • Threat Hunting
      • Hunting Ransomware Indicators
      • Hunting With KQL
        • Detecting Malware Infection (MITRE ATT&CK: T1566, T1059)
        • Discovery Activities (MITRE ATT&CK: T1016, T1083, T1046)
        • Credential Theft (MITRE ATT&CK: T1003, T1078)
        • Lateral Movement (MITRE ATT&CK: T1076, T1021)
        • Data Theft (MITRE ATT&CK: T1041, T1071)
        • Detecting CommandLine Executions (MITRE ATT&CK: T1059)
        • Windows Security Logs (Identity and Logon Activities)
      • Hunting With Splunk
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  1. SOC Operations

Essential Skills

PreviousSOC Analysts Prep Interview QuestionsNextCritical Windows EventIDs to Monitor

Last updated 3 months ago

Basic Requirements for SOC Personnel

A Security Operations Center (SOC) serves as the frontline defence in an organisation’s cybersecurity strategy, tasked with monitoring systems, detecting threats, and responding to incidents in real-time. The SOC personnel—ranging from analysts to engineers—are the critical human element driving this mission, ensuring that cyber risks are identified and mitigated effectively. While their roles vary in complexity, the basic requirements for SOC personnel provide the foundation for success, enabling them to protect organisational assets, maintain operational continuity, and support compliance efforts. For organisations of all sizes, including resource-constrained Small and Medium Enterprises (SMEs), understanding these essentials is key to building a capable SOC team, whether in-house or through external support.

The basic requirements for SOC personnel encompass a blend of technical capabilities, procedural knowledge, and practical tools. At a minimum, they need access to foundational technologies like Security Information and Event Management (SIEM) systems, firewalls, and antivirus software to monitor and analyse security events. A working understanding of network fundamentals—such as IP addressing, protocols, and traffic patterns—is essential for spotting anomalies. They must also be familiar with incident response basics, including how to log, escalate, and contain threats according to predefined protocols. Clear communication skills are necessary to document findings and coordinate with team members or leadership. For SMEs, these requirements may be met with scalable, cost-effective solutions, ensuring that even small teams can operate efficiently. Additionally, a commitment to ongoing learning is vital as cyber threats evolve rapidly, demanding adaptability and awareness from all SOC personnel.

By meeting these core requirements, SOC personnel can establish a solid baseline for cybersecurity defence, protecting organisations from common threats while setting the stage for growth into more advanced roles and responsibilities.

Jump into the sections to learn more:

Critical Windows EventIDs to Monitor
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